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You may want to read how C rate works, 44 amps constant and 66 amps ~10 second burst. It would make more sense for them to put actual amps on the battery, but one this is more correct, and the little bit of confusion can make them a little more money anyways.

The battery will oversupply if you draw it, if you did not have the required amps you'd puff the battery. What is the capacity of the battery. Also read this to better understand C rate.

I believe that they are, to have longer flight times the first most inexpensive thing it to have big props, next you will want to have lower amp draw, this means you need higher voltage. MAthmatically higher voltage is the way to go, but in practise there is only a little gained. You may want...

For a 6S system you won't find reasonable prices (little competition) :) but what you have seems good.

On a second note the Runcam fixed about all of the noise that the Mobius had, but the latency is terrible, so certainly agree with Neil, get a board camera and a Runcam.

Sounds like you need two quads. The one carrying the DSLR and having the 5Km range, and GPS will be expensive. What type of price range are you going to have? I am guessing $2000 maybe less. If you did two the racing quad would be around $250. The problem is that if your going to...

Sounds like you are going for an endurance quad, is this correct?

Welcome to the forums.

What motors are you using to have a 6S?

Hmm, can reply to locked topics.

Test 4

Test 1

Just a test, I will be deleting it, so ignore it.... Or think of some really cool sarcastic remark to make.

I am working on making a prop balancing rig, I plan to use a tap and die to make the part that tightens around the prop, and use two razer blades or washers in a slight v shape on each end to hold the rod. Will any of this design help you?

if they move one direction you could try putting a diode inline, unless it is checking for amp draw.

What is your weight to thrust ratio, you usually have to compensate with throttle when you yaw or pitch, but if you don't have enough overhead you may not be able to compensate.

Another thing, if you are not powering the ESCs with a LiPo battery it is likely you are not going to have the amperage required. Sure the board may power up, but the motors are NOT going to spin up. Most wall adaptors are 100mA to 1000mA, a common LiPo battery will give easily 100A...

The neutral (black wires) on the ESC's 3 pin connector should have the black wire facing to the outer edge of the board.

Could be, however most quadcopters with the KK board will go up or down a little when you add yaw/rudder. Have you yet flashed with Stevies pro?

I agree with both statements; regarding the 19v DC I am confused that is why I asked about a diagram. Are you using a step-up power supply or 6S battery? Also why/where do you feel you need 19v?